Dr. Tamara Kinzer-Ursem
@KinzerUrsem
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Researcher, Biomedical and Biomolecular Engineer, Professor,
Purdue University
Joined September 2012
RT @PurdueBME: Boilermaker and BME alum finds her passion in pharmaceutical sciences. “Once I realized that there were companies whose sol…
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This is the advise I wish I’d gotten. Thank you @dgonzales1990
We made it. One semester down as a new PI. Here is what’s on my mind
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And now on to the next conference. @MicroTas2023 #KatowicePoland here we come :) @jac_linnes @KinzerUrsem
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That’s a wrap. What a wonderful #BMES2023 meeting. Congratulations to all TKU lab trainees for their successful talks and posters! Grad students Emeka Nwanochie, Hui Ma and undergrads Shiv Shulka and Juan Claudio Escalante
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RT @PurdueEngineers: Applications are open for the Lillian Gilbreth Postdoctoral Fellowship Program, offered through #PurdueEngineering. Fe…
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RT @OmniVisTech: 🦠E. coli is a common bacteria associated with foodborne illnesses. Our portable device offers fast & accurate detection, e…
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Honored to be able to serve @PurdueEngineers and our amazing graduate student in this role.
Tamara Kinzer-Ursem, Martha E. Gross Associate Professor in @PurdueBME, is the new associate dean for graduate and professional education for #PurdueEngineering. Her appointment was effective July 1, 2023.
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RT @PurdueEngineers: Tamara Kinzer-Ursem, Martha E. Gross Associate Professor in @PurdueBME, is the new associate dean for graduate and pro…
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@NPeppas @AdvSciNews @SolorioLab @AgExner Thank you! I have to give kiddos to first author Patrick Giolando. He lead the modeling effort brilliantly while an undergrad in my lab. Now a PhD student at UT Austin BME.
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This model allows users to rapid explore the design space for implantable biodegradable drug delivery systems. Important parameters that had not been previous quantified turned out to be polymer swelling, inhomogeneous drug distribution, and diffusion of H+ ions
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Thrilled to see this work published. For those interested in labeling newly synthesized peptides; a comp model to predict ncAA tissue distribution and protein labeling. Code here: Paper here:
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@barbara_synbio We got a Christmas tree ornament in the shape of the cathedral at a souvenir store near the Neues Rathaus. SchwartzundWald (I think).
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I could watch this video all day long. Yes you have to put in energy to create order. But tell me that "self-assembly" is not satisfying :)
This video is controversial but I’d like to explore its physics in this thread As I see it the potential energy of the nails convert to kinetic energy so it transfers energy all through the box the entropy of the system is increased 1/🧵
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RT @OmniVisTech: We are excited to announce that OmniVis won the @PurdueResFound Ag-Celerator! Co-founder @KinzerUrsem gave a stellar pitch…
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RT @SecGTFCC: "Cholera has persisted in Africa partly because of worsening sanitation, poor and unreliable water supplies, and worsening so…
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@PurdueResFound @GraziadioSchool @OmniVisTech Way to go team! Thank you @claytokthoughts for your leadership.
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